Канал: Chem Academy

Calculating Internal Energy (Delta E) of a Chemical Reaction - Explained

Calculating Internal Energy (Delta E) of a Chemical Reaction - Explained

Enthalpy Calculations

Enthalpy Calculations

Gay Lussac's Law Demo

Gay Lussac's Law Demo

How to Solve Buffer Solution Problems Using the Hendesron-Hasselbalch Equation

How to Solve Buffer Solution Problems Using the Hendesron-Hasselbalch Equation

Advanced Combined Gas Law Calculations #1

Advanced Combined Gas Law Calculations #1

Advanced Avogadro's Law Calculations #1

Advanced Avogadro's Law Calculations #1

Advanced Charles' Law Calculations #2

Advanced Charles' Law Calculations #2

Advanced Charles' Law Calculations #1

Advanced Charles' Law Calculations #1

Advanced Boyle's Law Calculations #2

Advanced Boyle's Law Calculations #2

Advanced Boyle's Law Calculations #1

Advanced Boyle's Law Calculations #1

How to Calculate the Mass of Excess Reactant Left Over

How to Calculate the Mass of Excess Reactant Left Over

How to Calculate Percent Yield of a Chemical Reaction

How to Calculate Percent Yield of a Chemical Reaction

How to Perform Mass-Mass Stoichiometry (Precipitation Reactions)

How to Perform Mass-Mass Stoichiometry (Precipitation Reactions)

How to Perform Mole-Mass Stoichiometry

How to Perform Mole-Mass Stoichiometry

How to Perform Mass-Mole Stoichiometry

How to Perform Mass-Mole Stoichiometry

How to Perform Mass-Mass Stoichiometry (Advanced)

How to Perform Mass-Mass Stoichiometry (Advanced)

How to Perform Mass-Mass Stoichiometry

How to Perform Mass-Mass Stoichiometry

How to Perform Mole-Mole Stoichiometry

How to Perform Mole-Mole Stoichiometry

How to Calculate the Molar Mass of a Compound

How to Calculate the Molar Mass of a Compound

How to Calculate a Molecular Formula

How to Calculate a Molecular Formula

How to Calculate an Empirical Formula

How to Calculate an Empirical Formula

Mass-Mass Calculations (Calcium Hydroxide)

Mass-Mass Calculations (Calcium Hydroxide)

Mass-Mass Calculations (Glucose)

Mass-Mass Calculations (Glucose)

Mole Conversions Involving Density and Shapes - Cylinders #2 - IN 4K

Mole Conversions Involving Density and Shapes - Cylinders #2 - IN 4K

Mole Conversions Involving Density and Shapes - Spheres #2

Mole Conversions Involving Density and Shapes - Spheres #2

Mole Conversions Involving Density and Shapes - Cubes #2

Mole Conversions Involving Density and Shapes - Cubes #2

Mole Conversions Involving Density and Shapes - Cubes

Mole Conversions Involving Density and Shapes - Cubes

Mole Conversions Involving Density and Shapes - Cylinders

Mole Conversions Involving Density and Shapes - Cylinders

Mole Conversions Involving Density and Shapes - Spheres

Mole Conversions Involving Density and Shapes - Spheres

How to Convert Milligrams to Moles and Moles to Milligrams for Elements on the PTOE

How to Convert Milligrams to Moles and Moles to Milligrams for Elements on the PTOE

How to Convert Moles to Kilograms and Kilograms to Moles for Elements on the PTOE

How to Convert Moles to Kilograms and Kilograms to Moles for Elements on the PTOE

How to Convert Moles to Grams and Grams to Moles for Elements on the PTOE

How to Convert Moles to Grams and Grams to Moles for Elements on the PTOE

How to Calculate the Wave Speed of a Wave When Wavelength and Frequency Are Known

How to Calculate the Wave Speed of a Wave When Wavelength and Frequency Are Known

How to Caluclate the Frequency of a Wave When Wavlength and Wave Speed Are Known

How to Caluclate the Frequency of a Wave When Wavlength and Wave Speed Are Known

How to Calculate the Wavelength of a Wave When Wave Speed and Frequency are Known

How to Calculate the Wavelength of a Wave When Wave Speed and Frequency are Known

How to Calculate the Mass of Excess Reactant Left Over in a Chemical Reaction

How to Calculate the Mass of Excess Reactant Left Over in a Chemical Reaction

Rate of Reactions - Explained

Rate of Reactions - Explained

Water Electrolysis - Explained

Water Electrolysis - Explained

Collision Theory - Explained

Collision Theory - Explained

Two-Step Acid-Base Calculations - Explained

Two-Step Acid-Base Calculations - Explained

One-Step Strong Acid-Base Calculations - Explained

One-Step Strong Acid-Base Calculations - Explained

How to Calculate the Mass of Gold and the Mass of Other Metals in a Gold Alloy

How to Calculate the Mass of Gold and the Mass of Other Metals in a Gold Alloy

How to Calculate the Percentage of Gold and Percentage of Other Metals in a Gold Alloy

How to Calculate the Percentage of Gold and Percentage of Other Metals in a Gold Alloy

How to Determine Percent Error From a Graph

How to Determine Percent Error From a Graph

How to Determine the State of Matter of a Substance at a Given Temperature

How to Determine the State of Matter of a Substance at a Given Temperature

How to Calculate the Height of a Cylinder Using the Density Formula

How to Calculate the Height of a Cylinder Using the Density Formula

How to Calculate the Mass of an Object Using Water Displacement and the Density Formula

How to Calculate the Mass of an Object Using Water Displacement and the Density Formula

How to Calculate Final Volume of Water Inside Graduated Cylinder Using Water Displacement

How to Calculate Final Volume of Water Inside Graduated Cylinder Using Water Displacement

How to Calculate Initial Volume of Water Inside Graduated Cylinder Using Water Displacement

How to Calculate Initial Volume of Water Inside Graduated Cylinder Using Water Displacement

How to Calculate the Radius of a Sphere Using the Density Formula

How to Calculate the Radius of a Sphere Using the Density Formula

How to Take Measurements of Length, Mass, Volume, and Temperature

How to Take Measurements of Length, Mass, Volume, and Temperature

Calculating the Equilibrium Constant - Explained

Calculating the Equilibrium Constant - Explained

Solubility - Explained

Solubility - Explained

How to Calculate Heat of Solutions (Enthalpy of Solution)

How to Calculate Heat of Solutions (Enthalpy of Solution)

Equivalence Statements - Explained

Equivalence Statements - Explained

Galvanic Cells - Explained

Galvanic Cells - Explained

Le Chatelier's Principle and the Haber Process - Explained

Le Chatelier's Principle and the Haber Process - Explained

Redox Half Reactions - Explained

Redox Half Reactions - Explained

Electromagnetic Radiation - Explained

Electromagnetic Radiation - Explained

Atomic Emission of Light - Explained

Atomic Emission of Light - Explained

Quantum Numbers - Explained

Quantum Numbers - Explained

Properties of Acids and Bases

Properties of Acids and Bases

Writing Equilibrium Expressions

Writing Equilibrium Expressions

How to Calculate the Rate Constant of a Chemical Reaction

How to Calculate the Rate Constant of a Chemical Reaction

Calculating Reaction Rates - Explained

Calculating Reaction Rates - Explained

Oxidation States and Redox Reactions - Explained

Oxidation States and Redox Reactions - Explained

VSEPR Theory - Explained

VSEPR Theory - Explained

Mole Composition - Explained

Mole Composition - Explained

Acid-Base Strength - Explained

Acid-Base Strength - Explained

Calculating Equilibrium Concentrations - Explained

Calculating Equilibrium Concentrations - Explained

Writing Rate Laws - Explained

Writing Rate Laws - Explained

Reaction Quotient - Explained

Reaction Quotient - Explained

Medium Level Lewis Structures - Explained

Medium Level Lewis Structures - Explained

Formal Charge and Resonance - Explained

Formal Charge and Resonance - Explained

Graphical Representations of Reaction Rates - Explained

Graphical Representations of Reaction Rates - Explained

Models of Acids and Bases - Explained

Models of Acids and Bases - Explained

What is Equilibrium? - Explained

What is Equilibrium? - Explained

Dilution of Acids and Bases Calculations - Explained

Dilution of Acids and Bases Calculations - Explained

Weak Acid-Base Calculations - Explained

Weak Acid-Base Calculations - Explained

Making Acidic and Basic Solutions

Making Acidic and Basic Solutions

The pH Scale - Explained

The pH Scale - Explained

Titration Calculations - Explained

Titration Calculations - Explained

Colligative Properties - Explained

Colligative Properties - Explained

How to Calculate Molarity

How to Calculate Molarity

Density - Explained

Density - Explained

Why I Use Moodle and YouTube

Why I Use Moodle and YouTube

Lab Equipment - Explained

Lab Equipment - Explained

Solution Stoichiometry - Explained

Solution Stoichiometry - Explained

Rounding in Chemistry - Explained

Rounding in Chemistry - Explained

How to Calculate Percent Error

How to Calculate Percent Error

Gas Collected Over Water Calculations - Explained

Gas Collected Over Water Calculations - Explained

Ideal Gas Law Part 2 - Explained

Ideal Gas Law Part 2 - Explained

Gas Stoichiometry - Explained

Gas Stoichiometry - Explained

Mixed Gas Law Problems - Worked Out

Mixed Gas Law Problems - Worked Out

The Combined Gas Law - Explained

The Combined Gas Law - Explained

Mole Conversions - Part 1

Mole Conversions - Part 1

Calculating Thermal Energy Changes Without a Phase Change - Part 2

Calculating Thermal Energy Changes Without a Phase Change - Part 2

Calculating Thermal Energy Changes With a Phase Change - Part 2

Calculating Thermal Energy Changes With a Phase Change - Part 2

Calculating Thermal Energy Changes With a Phase Change - Part 3

Calculating Thermal Energy Changes With a Phase Change - Part 3

Calculating Thermal Energy Changes With a Phase Change - Part 1

Calculating Thermal Energy Changes With a Phase Change - Part 1

Molar Heat of Fusion and Molar Heat of Vaporization - Explained

Molar Heat of Fusion and Molar Heat of Vaporization - Explained

Calorimetry Calculations - Explained

Calorimetry Calculations - Explained

How to Calculate Kinetic Energy

How to Calculate Kinetic Energy

How to Calculate Heat of Reactions

How to Calculate Heat of Reactions

How to Calculate Gravitational Potential Energy

How to Calculate Gravitational Potential Energy

Calculating Changes in Internal Energy of a System

Calculating Changes in Internal Energy of a System

Endothermic vs Exothermic Processes - Explained

Endothermic vs Exothermic Processes - Explained

The Law of Conservation of Energy and Potential vs Kinetic Energy - Explained

The Law of Conservation of Energy and Potential vs Kinetic Energy - Explained

Temperature vs Heat - Explained

Temperature vs Heat - Explained

How to Calculate Percent Yield

How to Calculate Percent Yield

How to Calculate Limiting Reactants

How to Calculate Limiting Reactants

How to Predict Products of Single Replacement Reactions

How to Predict Products of Single Replacement Reactions

How to Perform Mass-Mass Stoichiometry

How to Perform Mass-Mass Stoichiometry

How to do Mole-Mole Stoichiometry

How to do Mole-Mole Stoichiometry

How to Write Mole Ratios

How to Write Mole Ratios

How to Write Unbalanced Chemical Equations

How to Write Unbalanced Chemical Equations

Molecular vs Complete Ionic vs Net Ionic Equations - Explained

Molecular vs Complete Ionic vs Net Ionic Equations - Explained

How to Balance Chemical Equations

How to Balance Chemical Equations

How to Classify Chemical Reactions

How to Classify Chemical Reactions

How to Calculate Molecular Formulas

How to Calculate Molecular Formulas

How to Calculate Empirical Formulas

How to Calculate Empirical Formulas

Empirical Formulas vs Molecular Formulas - Explained

Empirical Formulas vs Molecular Formulas - Explained

Compounds Containing Polyatomic Ions - Naming and Writing Chemical Formulas

Compounds Containing Polyatomic Ions - Naming and Writing Chemical Formulas

Precipitation Reactions - Explained

Precipitation Reactions - Explained

How to Calculate Percent Composition by Mass of Compounds and Molecules

How to Calculate Percent Composition by Mass of Compounds and Molecules

Mole Conversions - Part 2

Mole Conversions - Part 2

The Mole and Avogadro's Number

The Mole and Avogadro's Number

How to Calculate Molar Mass

How to Calculate Molar Mass

Hydrocarbons - Naming and Writing Chemical Formulas

Hydrocarbons - Naming and Writing Chemical Formulas

Inorganic Acids - Naming and Writing Chemical Formulas

Inorganic Acids - Naming and Writing Chemical Formulas

How to Memorize and Name Polyatomic Ions

How to Memorize and Name Polyatomic Ions

Type III Binary Compounds - Naming and Writing Formulas

Type III Binary Compounds - Naming and Writing Formulas

Type II Binary Ionic Compounds - Naming and Writing Formulas

Type II Binary Ionic Compounds - Naming and Writing Formulas

Type I Binary Ionic Compounds - Naming and Writing Formulas

Type I Binary Ionic Compounds - Naming and Writing Formulas

Chemical Formulas - Explained

Chemical Formulas - Explained

Orbital Diagrams - Explained

Orbital Diagrams - Explained

Atomic Orbitals - Explained

Atomic Orbitals - Explained

Electron Configurations - Explained

Electron Configurations - Explained

Wave Particle Theory of Light

Wave Particle Theory of Light

The Development of Modern Atomic Theory

The Development of Modern Atomic Theory

Atomic Emission of Light and Emission Spectrums - Explained

Atomic Emission of Light and Emission Spectrums - Explained

Electromagnetic Radiation and the Electromagnetic Spectrum - Explained

Electromagnetic Radiation and the Electromagnetic Spectrum - Explained

Waves for Beginners

Waves for Beginners

Nuclear Equations - Explained

Nuclear Equations - Explained

Radioactivity and Radioactive Particles - Explained

Radioactivity and Radioactive Particles - Explained

Periodic Table of Elements - Trends (atomic size, ionization energy, electronegativity, ion size)

Periodic Table of Elements - Trends (atomic size, ionization energy, electronegativity, ion size)

Ions - Explained

Ions - Explained

How To Calculate an Element's Average Atomic Mass

How To Calculate an Element's Average Atomic Mass

The Seven Diatomic Elements - Explained

The Seven Diatomic Elements - Explained

Isotopes - Explained

Isotopes - Explained

Counting Subatomic Particles (protons, neutrons, and electrons) - Explained

Counting Subatomic Particles (protons, neutrons, and electrons) - Explained

Atomic Structure and Subatomic Particles - Explained

Atomic Structure and Subatomic Particles - Explained

Nuclear Symbols - Explained

Nuclear Symbols - Explained

Chemical Symbols - Explained

Chemical Symbols - Explained

Periodic Table of Elements - Element Classes

Periodic Table of Elements - Element Classes

Dmitri Mendeleev and the Periodic Table of Elements

Dmitri Mendeleev and the Periodic Table of Elements

Separation of Mixtures - Explained

Separation of Mixtures - Explained

Pure Substances vs Mixtures

Pure Substances vs Mixtures

Alloys - Explained

Alloys - Explained

Physical vs Chemical Properties - Explained

Physical vs Chemical Properties - Explained

Allotropes - Explained

Allotropes - Explained

Scientific Notation - Explained

Scientific Notation - Explained

Significant Figures - Made Simple

Significant Figures - Made Simple

Mind Reading - SPOILER ALERT..DO NOT FAST FORWARD

Mind Reading - SPOILER ALERT..DO NOT FAST FORWARD

Extensive vs Intensive Properties of Matter - Explained

Extensive vs Intensive Properties of Matter - Explained

Physical Vs. Chemical Changes - Explained

Physical Vs. Chemical Changes - Explained

Chem Academy Live Stream

Chem Academy Live Stream

The Four States of Matter - Explained

The Four States of Matter - Explained

Matter (Atoms, Elements, and Compounds) - Explained

Matter (Atoms, Elements, and Compounds) - Explained

The Metric System - Explained

The Metric System - Explained

How to Calculate Mass Percent of a Solution

How to Calculate Mass Percent of a Solution

How to Do Metric Unit Conversions - Made Simple

How to Do Metric Unit Conversions - Made Simple

How to Take Measurements of Length, Volume and Mass

How to Take Measurements of Length, Volume and Mass

Dimensional Analysis - Explained

Dimensional Analysis - Explained

Accuracy Versus Precision - Explained

Accuracy Versus Precision - Explained

Temperature Scales and Temperature Conversion

Temperature Scales and Temperature Conversion

Density - Explained

Density - Explained

Lewis Structures for Beginners

Lewis Structures for Beginners

Intermolecular Forces Explained

Intermolecular Forces Explained

Intramolecular Forces (Ionic, Polar Covalent, and Nonpolar Covalent Bonds) Explained

Intramolecular Forces (Ionic, Polar Covalent, and Nonpolar Covalent Bonds) Explained

pH Indicators Explained

pH Indicators Explained

Buffered Solutions Explained

Buffered Solutions Explained

Neutralization Reactions Explained

Neutralization Reactions Explained

The pH Scale Explained

The pH Scale Explained

How to Input Inverse Logarithms Into Google Calculator

How to Input Inverse Logarithms Into Google Calculator

How to Input Logarithms into Google Calculator

How to Input Logarithms into Google Calculator

Water as an Acid and a Base/Ion Product Constant

Water as an Acid and a Base/Ion Product Constant

How to Enter Scientific Notation into Google Calculator

How to Enter Scientific Notation into Google Calculator

Properties/Models of Acids and Bases

Properties/Models of Acids and Bases

Dilution Explained

Dilution Explained

Colligative Properties Explained

Colligative Properties Explained

Molality Explained

Molality Explained

Solution Concentration: Parts Per Million

Solution Concentration: Parts Per Million

Molarity Explained

Molarity Explained

Electrolytes Explained

Electrolytes Explained

Solubility Curves Explained

Solubility Curves Explained

Solubility Explained

Solubility Explained

Special Relativity (E = mc2) Explained

Special Relativity (E = mc2) Explained

What are Solutions?

What are Solutions?

Two of the Most Missed Gas Law Review Problems Explained

Two of the Most Missed Gas Law Review Problems Explained